Pop-out Dual Front Camera Maximizing Display Ratio

The patent moves the front-facing camera from the traditional front-side plane to a pop-out structure that extends perpendicular to the display surface. This dimensional change allows the camera to be positioned outside the front panel area, enabling the display to occupy the entire front surface while the camera can extend when needed for selfies and video calls.

The camera module is designed with a movable mechanism that allows it to transition between a retracted state (when not in use) and an extended state (when needed for photography or video calling). This dynamic positioning enables the display to maintain full front coverage while the camera can be deployed on-demand without permanently occupying front-side space.

The camera system employs a dynamic pop-out mechanism that allows the camera module to extend from the front panel only when needed. During normal operation, the camera remains retracted, allowing the display to occupy the entire front surface area. When selfie or video call functions are activated, the camera smoothly extends to its operational position, maintaining full display coverage while providing camera functionality on-demand.

The camera module transitions from a two-dimensional planar arrangement (embedded in the front panel) to a three-dimensional configuration (extending perpendicular to the panel). This allows the camera to access space outside the front panel boundaries, enabling full-frontal display coverage while preserving camera functionality through vertical extension rather than horizontal placement.

The patent integrates the camera module, motor mechanism, and control electronics into a single unified pop-out assembly. This merging of components reduces the number of separate parts and interfaces needed, simplifying the overall structure despite the added functionality. The camera unit is designed as a self-contained module that can be manufactured and assembled as one integrated component.

The pop-out camera mechanism serves multiple functions: it enables selfies, video calling, and potentially other front-facing imaging applications. By designing a single mechanism that handles all these functions, the patent avoids the need for separate mechanisms for each function, thereby reducing overall complexity while maximizing display screen size.